SATA 15Pin Female to Two 4Pin (One Male & One Female) IDE Power Cable

The SATA 15Pin Female to Two 4Pin (One Male & One Female) IDE Power Cable is a specialized power interface conversion cable designed to connect SATA power sources to IDE devices. This cable enables a SATA 15-pin female power connector (typically from a power supply unit or adapter) to power two IDE devices simultaneously or extend IDE power connections through its dual 4-pin IDE connectors (one male and one female). It is engineered to provide backward compatibility for older IDE drives (HDDs, optical drives) in systems where SATA power outputs are available but dedicated IDE power ports are limited or absent. This solution facilitates the integration of legacy IDE devices into modern systems with SATA power supplies, supporting basic power delivery for home builds, testing environments, and retro computing applications.

Features

• Interface Conversion: Adapts a SATA 15-pin female power connector to two 4-pin IDE connectors (one male and one female), allowing compatibility between SATA power sources and IDE devices such as older HDDs and optical drives.
• Dual Power Outputs: The inclusion of two IDE connectors (male and female) enables daisy-chaining or simultaneous powering of two IDE devices, providing flexibility for systems with multiple legacy drives.
• Backward Compatibility: Bridges modern SATA power supplies with legacy IDE devices, ensuring older hardware can remain functional in contemporary systems without requiring dedicated IDE power ports.
• Durable Construction: Utilizes materials such as PVC insulation for the cable jacket and phosphor bronze contacts (often gold-plated) to ensure reliable power transmission and longevity in various environments.
• Compact and Lightweight: Features a short cable length (e.g., 15–30 cm) and streamlined design, reducing clutter in computer cases and simplifying installation in space-constrained setups.
• Plug-and-Play: Requires no additional software or drivers, making it easy to install and use immediately for quick upgrades or testing purposes.

Specifications

• Product Model: SATA 15Pin Female to Two 4Pin (One Male & One Female) IDE Power Cable
• Connector A: SATA 15-Pin Female Power Connector
• Connector B: Two 4-Pin IDE Connectors (One Male + One Female)
• Connector Gender: Female to Male/Female
• Cable Type: Passive Power Adapter Cable
• Cable Length: Common lengths: 10 cm, 20cm (Custom options may vary)
• Wire Gauge: 18 AWG copper (typical for power transmission)
• Rated Voltage: 5 V, 12 V (compatible with standard SATA/IDE power specifications)
• Current Handling: Designed for low to moderate power draw; ensure connected devices do not exceed the power capabilities of the source SATA port
• Contact Material: Phosphor bronze (often gold-plated for enhanced conductivity and corrosion resistance)
• Insulation Material: PVC (Polyvinyl Chloride) for the cable jacket
• Operating Temperature: Standard commercial range (e.g., 0°C to +70°C)
• Safety Standards: RoHS compliant (may vary by manufacturer)

Applications

• Legacy System Upgrades: Facilitating the use of older IDE hard drives or optical drives in modern computers with SATA power supplies, avoiding the need for costly hardware replacements.
• Testing and Debugging: Providing temporary power solutions for testing IDE devices in repair shops, labs, or prototyping environments where quick connectivity changes are required.
• Home Server and NAS Builds: Supporting custom Network-Attached Storage (NAS) or home servers that incorporate legacy IDE drives for additional storage or backup purposes.
• Retro Computing: Enabling enthusiasts to power IDE-based hardware in retro gaming rigs or vintage computer restoration projects where original power supplies are unavailable or unreliable.
• Data Recovery: Assisting in data recovery processes from old IDE drives by connecting them to contemporary systems via SATA power sources, ensuring compatibility during data extraction.
• Educational and DIY Projects: Used in workshops or DIY electronics projects where students or hobbyists need to integrate IDE devices into modern power setups for learning or experimentation.